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Record and analyze data
Turn on your device by pressing the power button. Your Oculus device will flash blue to indicate that it is searching for a GPS signal. Once a signal has been found, the Oculus will automatically start recording and flash green. Searching for the GPS signal can take up to five minutes if the sky is clear.
We recommend that athletes turn their Oculus on as soon as they are on the slopes and turn it off again when they have finished training. Double-click to stop recording, after which the device will automatically search for an available Wi-Fi network to synchronise the data. Please note that the Oculus tracker requires NFC identification of the athlete at the start device or NFC reader if it is used in combination with the timing system.
Please note: The recording must be at least 10 seconds long.
Once OCULUS has finished synchronising your data, it will be ready for analysis in the web app immediately. To analyze it, simply click on the "Motion data" menu item. Here, you can see an overview of the data recorded by your tracker, which you can display by round or data set. You can also filter the data by athlete or lap. Click on "analyze".
Then select a run you want to analyze and click somewhere on the map to confirm. All the collected data will now be shown in a graph and on the map for different analysis possibilities. You could also choose two or more different runs. Only recognized and analyzed runs will appear in this list.
The map and graph can be set to distance or time and shows speed as well as acceleration. If you choose two runs, they can be displayed in absolute values, or as the difference between the run and the reference run (black line).
Speed to time analysis shows the speed difference at the respective time. You can view the respective position at the time in the map. Move the cursor over the graph to make the two athletes virtually ride the track again.
Speed to distance analysis compares the speed based on the position of the respective run. This provides a better opportunity to identify speed differences at certain points.
When comparing different runs in "difference-mode" (not absolute values) there is a color gradient that shows which run was faster/slower at a certain point of the track.